Cisco Certified Specialist (600-660 DCACIA) Practice Exam

The Cisco Certified Specialist (600-660 DCACIA) certification focuses on validating the knowledge and skills required to implement and manage data center automation and orchestration. This certification is suitable for professionals engaged in data center technologies especially the deployment of Cisco Data Center Application Infrastructure. The certification assess your skills to design, implement, and troubleshoot solutions for data center operations using automation.
Why is Cisco Certified Specialist (600-660 DCACIA) important?

• Validates expertise in data center automation and orchestration.
• Enhances career opportunities in data center management and engineering.
• Demonstrates proficiency in implementing Cisco Data Center Application Infrastructure.
• Equips professionals with skills to optimize data center operations.
• Contributes to organizational efficiency and productivity through automation.

Who should take the Cisco Certified Specialist (600-660 DCACIA) Exam?

• Data Center Engineer
• Systems Administrator
• Network Engineer
• Cloud Architect
• Data Center Operations Manager

Skills Evaluated

Candidates taking the certification exam on the Cisco Certified Specialist (600-660 DCACIA) is evaluated for the following skills:

• Implementing and managing Cisco data center automation solutions.
• Configuring and troubleshooting data center orchestration tools.
• Understanding and applying data center virtualization technologies.
• Managing and optimizing data center resources.
• Ensuring security and compliance within data center environments.

Cisco Certified Specialist (600-660 DCACIA) Certification Course Outline
The Cisco Certified Specialist (600-660 DCACIA) Certification covers the following topics -

Module 1. ACI Packet Forwarding

• Packet forwarding between leafs (vxlan)

• Server NIC teaming with ACI implementation

• Endpoint learning optimizations implementation

Module 2. Advanced ACI Policies and Integrations

• Layer 3 out transit routing implementation

• Utilize common tenant

• VRF route leaking implementation

• Layer 3 out VRF route leaking implementation

• Contracts implementation

• Layer 4 through Layer 7 PBR (including use cases) implementation

Module 3. Multipod

• IPN implementation

• Packet flow between pods

• Firewall and load balancer design with multipod

• Service graph with multipod implementation

Module 4. Multisite

• Multi-Site Orchestrator implementation

• ISN implementation

• Stretched component options

• Communication across sites

• Traditional network with ACI 15%

• Network-centric and application-centric designs

• STP BPDU handling in ACI (FD-VNID and VLAN pool consideration)

• Migration considerations